After some brief comments on the measurement of temperature and electrical conductivity in oceanography, the measuring probes suitable for in situ measurements are reviewed. Then the method of measurement is described using an improved model of the so-called bathysonde. This makes possible a continuous recording of temperature, conductivity, and pressure with high accuracy in great depths. Measurements from the Skagerrak and from the Mediterranean are considered. Finally, problems are discussed which arise when evaluating electrical conductivity and temperature from in situ measurements
In order to evaluate the reliability of recent field measurements of temperature and salinity we hav...
There has always been a certain fascination in the study of things related to great bodies of water....
As a part of the measurement of heat flow through the ocean floor, the thermal conductivities of sam...
Values of the pressure coefficient of electrical conductivity of sea-water (cblorinity 19.7‰) at dif...
The outrigged thermal probes of a "pogo" marine geothermal probe have been adapted to measure therm...
This paper discusses the present state of art in Bathythermograph systems and highlights their relat...
The heated-probe method of measuring sediment conductivity has been successfully adapted to making a...
A newly developed method is proposed to simplify the measurement of ocean temperatures and heat cont...
Terrestrial heat flow through the ocean floor is determined by measuring the temperature gradient an...
Development of a portable self-contained electronic meter for on the spot determination of temperatu...
Results are reported for effective thermal conductivity measurements performed in situ and in core s...
The paper describes a measuring system for profiling of the upper few hundred meters of the sea. The...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
Seawater conductivity is an important indicator of ocean electromagnetic properties and directly imp...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
In order to evaluate the reliability of recent field measurements of temperature and salinity we hav...
There has always been a certain fascination in the study of things related to great bodies of water....
As a part of the measurement of heat flow through the ocean floor, the thermal conductivities of sam...
Values of the pressure coefficient of electrical conductivity of sea-water (cblorinity 19.7‰) at dif...
The outrigged thermal probes of a "pogo" marine geothermal probe have been adapted to measure therm...
This paper discusses the present state of art in Bathythermograph systems and highlights their relat...
The heated-probe method of measuring sediment conductivity has been successfully adapted to making a...
A newly developed method is proposed to simplify the measurement of ocean temperatures and heat cont...
Terrestrial heat flow through the ocean floor is determined by measuring the temperature gradient an...
Development of a portable self-contained electronic meter for on the spot determination of temperatu...
Results are reported for effective thermal conductivity measurements performed in situ and in core s...
The paper describes a measuring system for profiling of the upper few hundred meters of the sea. The...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
Seawater conductivity is an important indicator of ocean electromagnetic properties and directly imp...
peer reviewedThe design and micro-fabrication of a new combined temperature and conductivity sensor ...
In order to evaluate the reliability of recent field measurements of temperature and salinity we hav...
There has always been a certain fascination in the study of things related to great bodies of water....
As a part of the measurement of heat flow through the ocean floor, the thermal conductivities of sam...